SIRIUS BASIC/PRO

This video shows how to setup the External Base NTRIP RTK connection and achieve an RTK Fixed solution on the UAV in MAVinci Desktop.

This video shows how to setup the External Base RTK connection and achieve an RTK Fixed solution on the UAV in MAVinci Desktop.

This video shows how to setup the Internal Base RTK connection and achieve an RTK Fixed solution on the UAV in MAVinci Desktop.

This video shows how to connect to the WLAN Connector and Sirius Pro UAV in MAVinci Desktop.

This video shows how to adjust a given flight plan to capture images in a single direction only in MAVinci Desktop.

This video shows how to replay flight logs in MAVinci Desktop showing what the status of the UAV was during the flight mission as well as any errors or warnings that occurred during flight.

This video shows how to perform a simulation of a given flight plan in MAVinci Desktop.

This video shows how to export multiple matchings generated in MAVinci Desktop to Agisoft Photogrammetric kit for Topcon.

This video shows how to export a single matching generated in MAVinci Desktop to Agisoft Photogrammetric kit for Topcon.

This video shows how to generate matchings of collected UAS data in MAVinci Desktop.

This video shows how to download flight and photo logs from the UAV after completing the flight mission in MAVinci Desktop.

This video shows how to transmit a flight plan to the UAV in MAVinci Desktop.

This video shows how to adjust a given flight plan for wind direction in MAVinci Desktop.

This video shows how to adjust a given flight plan for shortest flight time in MAVinci Desktop.

This video shows how to adjust flight plan GSD (ground sample distance) for a given flight plan in MAVinci Desktop.

This video shows how to create a city mapping flight plan within MAVinci Desktop.

This video shows how to create a spiral flight plan within MAVinci Desktop.

This video shows how to create a corridor flight plan within MAVinci Desktop.

This video shows how to create a multi flight plan within MAVinci Desktop.

This video shows how to create a terrain flight plan within MAVinci Desktop.

This video shows how to create a polygon flight plan within MAVinci Desktop.

This video shows how to create a new session within MAVinci Desktop.

Learn how to create volume calculations from UAV data. 

Using MAVinci Desktop software, there are multiple ways to create and configure flight plans for the Sirius unmanned aerial systems (UAS). This session will present and discuss common choices before flying for specific quality outcomes once the flight has concluded – as well as some pro tips for speed and accuracy.

Total duration: 32:26

In this session, you will learn how to use Topcon ConextCapture software to methodically process raw data that was collected with a fixed-wing Topcon Sirius Pro unmanned aircraft system (UAS). We will show the process of creating a terrain model, a scalable mesh, as well as classified point clouds. Along the way, we will share common settings that are helpful for best results and how to manage Reality Meshes after they are processed.

Total duration:  16:09

As a continuation from the previous "ground extraction" phase, in this session, we will present and discuss how contours are interpolated from a Reality Mesh. We will work through the common steps of controlling the smoothing of contours, trimming the Reality Mesh, and quickly adding descriptive text to contour lines. Knowing where to make the changes to the data is just as important as the data itself.

Total duration:  13:09

What is the true power of a Reality mesh? This session will show how to easily modify a Reality Mesh through the process of specifically creating 3D points that best represent "true ground" for the project site. Afterwards, we will purposefully add breaklines to the Reality Mesh that will further define existing ground based on existing edge of pavement and centerline of a road. Finally, we will continue the workflow by classifying point cloud data that will eventually export out to MAGNET Collage software.

Total duration:  23:32

In this session, you will learn the specific software workflows of managing datasets that were collected using a Topcon Sirius Pro UAS. We will first illustrate how to export the collected UAS data from MAVinci Desktop software. Next, we will start to post-process using Topcon ContextCapture Advanced software where we will quickly perform Aerotriangulation (AT) processing, create a new Reconstruction and 3D Mesh tiling, create a 3D Point Cloud, as well as generate an Orthophoto / digital surface model of the project. 

As a final step, we will then inspect the processed 3D mesh using the Acute3D Viewer software and deliver a final export to Topcon ContextCapture Advanced environment.

Total duration: 33:05

Dieses Video zeigt, wie Sie die Firmware für den WLAN-Connector in MAVinci Desktop aktualisieren.

Dieses Video zeigt, wie Sie die Firmware für das UAV in MAVinci Desktop aktualisieren.

Dieses Video zeigt, wie Sie in MAVinci Desktop die Verbindung zur externen RTK-Basis über Ntrip herstellen und eine RTK-Fixed-Lösung für das UAV erzielen.

Dieses Video zeigt, wie Sie in MAVinci Desktop die Verbindung zur externen RTK-Basis herstellen und eine RTK-Fixed-Lösung für das UAV erzielen.

Dieses Video zeigt, wie Sie in MAVinci Desktop die Verbindung zur internen RTK-Basis herstellen und eine RTK-Fixed-Lösung für das UAV erzielen.

Dieses Video zeigt, wie Sie in MAVinci Desktop die Verbindung zwischen WLAN-Connector und dem UAV Sirius Pro herstellen.

Dieses Video zeigt, wie Sie in MAVinci Desktop einen vorhandenen Flugplan so anpassen, dass Bilder nur in einer Richtung aufgenommen werden.

Dieses Video zeigt, wie Sie in MAVinci Desktop einen vorhandenen Flugplan simulieren.

Dieses Video zeigt, wie Sie in MAVinci Desktop Flugdaten (Protokolle) wiedergeben, die den Status des UAV während der Flugmission sowie alle Fehler und Warnungen, die dabei aufgetreten sind, zeigen.

Dieses Video zeigt, wie Sie mehrere in MAVinci Desktop erzeugte Matchings für das Agisoft Photogrammetric Kit für Topcon exportieren.

Dieses Video zeigt, wie Sie ein einzelnes in MAVinci Desktop erzeugtes Matching für das Agisoft Photogrammetric Kit für Topcon exportieren.

Dieses Video zeigt, wie Sie in MAVinci Desktop Matchings für erfasste UAS-Daten erzeugen.

Dieses Video zeigt, wie Sie in MAVinci Desktop Flug- und Fotodaten nach Abschluss der Flugmission vom UAV herunterladen.

Dieses Video zeigt, wie Sie in MAVinci Desktop einen Flugplan zum UAV übertragen.

Dieses Video zeigt, wie Sie in MAVinci Desktop die Windrichtung im Flugplan berücksichtigen.

Dieses Video zeigt, wie Sie in MAVinci Desktop den Flugplan mit der kürzesten Flugzeit berechnen.

Dieses Video zeigt, wie Sie in MAVinci Desktop die Bodenauflösung für einen Flugplan anpassen.

Dieses Video zeigt, wie Sie in MAVinci Desktop einen Flugplan für die Kartierung städtischer Gebiete erstellen.

Dieses Video zeigt, wie Sie in MAVinci Desktop einen Flugplan mit spiralförmigen Pfaden erstellen.

Dieses Video zeigt, wie Sie in MAVinci Desktop einen Korridor-Flugplan erstellen.

Dieses Video zeigt, wie Sie in MAVinci Desktop einen Multi-Flugplan erstellen.

Dieses Video zeigt, wie Sie in MAVinci Desktop einen geländeabhängigen Flugplan erstellen.

Dieses Video zeigt, wie Sie in MAVinci Desktop einen Polygon-Flugplan erstellen.

Dieses Video zeigt, wie Sie in MAVinci Desktop eine neue Sitzung erstellen.

Dieses Video zeigt, wie Sie die Firmware für den WLAN-Connector in MAVinci Desktop aktualisieren.

Cette vidéo indique comment paramétrer un plan de vol de manière à capturer les images dans une seule direction dans MAVinci Desktop.

Cette vidéo indique comment créer un plan de vol de terrain dans MAVinci Desktop.

Cette vidéo indique comment configurer la connexion RTK de la base interne afin d'obtenir une solution RTK fixe sur le drone dans MAVinci Desktop.

Cette vidéo explique comment relire les journaux de vol dans MAVinci Desktop afin de consulter l'état du drone au cours de la mission de vol ainsi que les erreurs et les avertissements survenus en vol.

Cette vidéo explique comment paramétrer un plan de vol de manière à obtenir la durée de vol la plus courte dans MAVinci Desktop.

Cette vidéo explique comment paramétrer un plan de vol en fonction de la direction du vent dans MAVinci Desktop.

Cette vidéo explique comment paramétrer le plan de vol GSD (résolution au sol) d'un plan de vol donné dans MAVinci Desktop.

Cette vidéo indique comment se connecter au connecteur WLAN et au drone Sirius Pro dans MAVinci Desktop.

Cette vidéo explique comment créer un plan de vol de cartographie urbaine dans MAVinci Desktop.

Cette vidéo explique comment créer un plan de vol multivol dans MAVinci Desktop.

Cette vidéo explique comment créer un plan de vol polygonal dans MAVinci Desktop.

Cette vidéo explique comment créer un plan de vol en spirale dans MAVinci Desktop.

Cette vidéo explique comment télécharger les journaux et les photos d'un vol du drone suite à une mission de vol dans MAVinci Desktop.

Cette vidéo explique comment configurer la connexion RTK NTRIP de la base externe afin d'obtenir une solution RTK fixe sur le drone dans MAVinci Desktop.

Cette vidéo explique comment configurer la connexion RTK de la base externe afin d'obtenir une solution RTK fixe sur le drone dans MAVinci Desktop.

Cette vidéo explique comment générer les correspondances des données collectées par le drone dans MAVinci Desktop.

Cette vidéo explique comment exporter plusieurs correspondances générées dans MAVinci Desktop vers le kit photogrammétrique Agisoft pour Topcon.

Cette vidéo indique comment exporter une seule correspondance générée dans MAVinci Desktop vers le kit photogrammétrique Agisoft pour Topcon.

Cette vidéo explique comment transmettre un plan de vol au drone dans MAVinci Desktop.

Cette vidéo explique comment créer un plan de vol en couloir dans MAVinci Desktop.

Cette vidéo explique comment créer une nouvelle session dans MAVinci Desktop.

Cette vidéo explique comment effectuer la simulation d'un plan de vol particulier dans MAVinci Desktop.

Apprenez à créer des calculs de volume à partir de données d'un drone. 

Learn how to create volume calculations from UAV data. 

Learn how to create volume calculations from UAV data. 

What is the true power of a Reality mesh? This session will show how to easily modify a Reality Mesh through the process of specifically creating 3D points that best represent "true ground" for the project site. Afterwards, we will purposefully add breaklines to the Reality Mesh that will further define existing ground based on existing edge of pavement and centerline of a road. Finally, we will continue the workflow by classifying point cloud data that will eventually export out to MAGNET Collage software.

Total duration:  23:32

What is the true power of a Reality mesh? This session will show how to easily modify a Reality Mesh through the process of specifically creating 3D points that best represent "true ground" for the project site. Afterwards, we will purposefully add breaklines to the Reality Mesh that will further define existing ground based on existing edge of pavement and centerline of a road. Finally, we will continue the workflow by classifying point cloud data that will eventually export out to MAGNET Collage software.

Total duration:  23:32

What is the true power of a Reality mesh? This session will show how to easily modify a Reality Mesh through the process of specifically creating 3D points that best represent "true ground" for the project site. Afterwards, we will purposefully add breaklines to the Reality Mesh that will further define existing ground based on existing edge of pavement and centerline of a road. Finally, we will continue the workflow by classifying point cloud data that will eventually export out to MAGNET Collage software.

Total duration:  23:32

As a continuation from the previous "ground extraction" phase, in this session, we will present and discuss how contours are interpolated from a Reality Mesh. We will work through the common steps of controlling the smoothing of contours, trimming the Reality Mesh, and quickly adding descriptive text to contour lines. Knowing where to make the changes to the data is just as important as the data itself.

Total duration:  13:09

As a continuation from the previous "ground extraction" phase, in this session, we will present and discuss how contours are interpolated from a Reality Mesh. We will work through the common steps of controlling the smoothing of contours, trimming the Reality Mesh, and quickly adding descriptive text to contour lines. Knowing where to make the changes to the data is just as important as the data itself.

Total duration:  13:09

As a continuation from the previous "ground extraction" phase, in this session, we will present and discuss how contours are interpolated from a Reality Mesh. We will work through the common steps of controlling the smoothing of contours, trimming the Reality Mesh, and quickly adding descriptive text to contour lines. Knowing where to make the changes to the data is just as important as the data itself.

Total duration:  13:09

In this session, you will learn how to use Topcon ConextCapture software to methodically process raw data that was collected with a fixed-wing Topcon Sirius Pro unmanned aircraft system (UAS). We will show the process of creating a terrain model, a scalable mesh, as well as classified point clouds. Along the way, we will share common settings that are helpful for best results and how to manage Reality Meshes after they are processed.

Total duration:  16:09

In this session, you will learn how to use Topcon ConextCapture software to methodically process raw data that was collected with a fixed-wing Topcon Sirius Pro unmanned aircraft system (UAS). We will show the process of creating a terrain model, a scalable mesh, as well as classified point clouds. Along the way, we will share common settings that are helpful for best results and how to manage Reality Meshes after they are processed.

Total duration:  16:09

In this session, you will learn how to use Topcon ConextCapture software to methodically process raw data that was collected with a fixed-wing Topcon Sirius Pro unmanned aircraft system (UAS). We will show the process of creating a terrain model, a scalable mesh, as well as classified point clouds. Along the way, we will share common settings that are helpful for best results and how to manage Reality Meshes after they are processed.

Total duration:  16:09

Using MAVinci Desktop software, there are multiple ways to create and configure flight plans for the Sirius unmanned aerial systems (UAS). This session will present and discuss common choices before flying for specific quality outcomes once the flight has concluded – as well as some pro tips for speed and accuracy.

Total duration: 32:26

Using MAVinci Desktop software, there are multiple ways to create and configure flight plans for the Sirius unmanned aerial systems (UAS). This session will present and discuss common choices before flying for specific quality outcomes once the flight has concluded – as well as some pro tips for speed and accuracy.

Total duration: 32:26

Using MAVinci Desktop software, there are multiple ways to create and configure flight plans for the Sirius unmanned aerial systems (UAS). This session will present and discuss common choices before flying for specific quality outcomes once the flight has concluded – as well as some pro tips for speed and accuracy.

Total duration: 32:26

This video shows how to create a new session within MAVinci Desktop.

This video shows how to create a new session within MAVinci Desktop.

This video shows how to create a new session within MAVinci Desktop.

This video shows how to create a polygon flight plan within MAVinci Desktop.

This video shows how to create a polygon flight plan within MAVinci Desktop.

This video shows how to create a polygon flight plan within MAVinci Desktop.

This video shows how to create a terrain flight plan within MAVinci Desktop.

This video shows how to create a terrain flight plan within MAVinci Desktop.

This video shows how to create a terrain flight plan within MAVinci Desktop.

This video shows how to create a multi flight plan within MAVinci Desktop.

This video shows how to create a multi flight plan within MAVinci Desktop.

This video shows how to create a multi flight plan within MAVinci Desktop.

This video shows how to create a corridor flight plan within MAVinci Desktop.

This video shows how to create a corridor flight plan within MAVinci Desktop.

This video shows how to create a corridor flight plan within MAVinci Desktop.

This video shows how to create a spiral flight plan within MAVinci Desktop.

This video shows how to create a spiral flight plan within MAVinci Desktop.

This video shows how to create a spiral flight plan within MAVinci Desktop.

This video shows how to create a city mapping flight plan within MAVinci Desktop.

This video shows how to create a city mapping flight plan within MAVinci Desktop.

This video shows how to create a city mapping flight plan within MAVinci Desktop.

This video shows how to adjust flight plan GSD (ground sample distance) for a given flight plan in MAVinci Desktop.

This video shows how to adjust flight plan GSD (ground sample distance) for a given flight plan in MAVinci Desktop.

This video shows how to adjust flight plan GSD (ground sample distance) for a given flight plan in MAVinci Desktop.

This video shows how to adjust a given flight plan for shortest flight time in MAVinci Desktop.

This video shows how to adjust a given flight plan for shortest flight time in MAVinci Desktop.

This video shows how to adjust a given flight plan for shortest flight time in MAVinci Desktop.

This video shows how to adjust a given flight plan for wind direction in MAVinci Desktop.

This video shows how to adjust a given flight plan for wind direction in MAVinci Desktop.

This video shows how to adjust a given flight plan for wind direction in MAVinci Desktop.

This video shows how to transmit a flight plan to the UAV in MAVinci Desktop.

This video shows how to transmit a flight plan to the UAV in MAVinci Desktop.

This video shows how to transmit a flight plan to the UAV in MAVinci Desktop.

This video shows how to download flight and photo logs from the UAV after completing the flight mission in MAVinci Desktop.

This video shows how to download flight and photo logs from the UAV after completing the flight mission in MAVinci Desktop.

This video shows how to download flight and photo logs from the UAV after completing the flight mission in MAVinci Desktop.

This video shows how to generate matchings of collected UAS data in MAVinci Desktop.

This video shows how to generate matchings of collected UAS data in MAVinci Desktop.

This video shows how to generate matchings of collected UAS data in MAVinci Desktop.

This video shows how to export a single matching generated in MAVinci Desktop to Agisoft Photogrammetric kit for Topcon.

This video shows how to export a single matching generated in MAVinci Desktop to Agisoft Photogrammetric kit for Topcon.

This video shows how to export a single matching generated in MAVinci Desktop to Agisoft Photogrammetric kit for Topcon.

This video shows how to export multiple matchings generated in MAVinci Desktop to Agisoft Photogrammetric kit for Topcon.

This video shows how to export multiple matchings generated in MAVinci Desktop to Agisoft Photogrammetric kit for Topcon.

This video shows how to export multiple matchings generated in MAVinci Desktop to Agisoft Photogrammetric kit for Topcon.

This video shows how to perform a simulation of a given flight plan in MAVinci Desktop.

This video shows how to perform a simulation of a given flight plan in MAVinci Desktop.

This video shows how to perform a simulation of a given flight plan in MAVinci Desktop.

This video shows how to replay flight logs in MAVinci Desktop showing what the status of the UAV was during the flight mission as well as any errors or warnings that occurred during flight.

This video shows how to replay flight logs in MAVinci Desktop showing what the status of the UAV was during the flight mission as well as any errors or warnings that occurred during flight.

This video shows how to replay flight logs in MAVinci Desktop showing what the status of the UAV was during the flight mission as well as any errors or warnings that occurred during flight.

This video shows how to adjust a given flight plan to capture images in a single direction only in MAVinci Desktop.

This video shows how to adjust a given flight plan to capture images in a single direction only in MAVinci Desktop.

This video shows how to adjust a given flight plan to capture images in a single direction only in MAVinci Desktop.

This video shows how to connect to the WLAN Connector and Sirius Pro UAV in MAVinci Desktop.

This video shows how to connect to the WLAN Connector and Sirius Pro UAV in MAVinci Desktop.

This video shows how to connect to the WLAN Connector and Sirius Pro UAV in MAVinci Desktop.

This video shows how to setup the Internal Base RTK connection and achieve an RTK Fixed solution on the UAV in MAVinci Desktop.

This video shows how to setup the Internal Base RTK connection and achieve an RTK Fixed solution on the UAV in MAVinci Desktop.

This video shows how to setup the Internal Base RTK connection and achieve an RTK Fixed solution on the UAV in MAVinci Desktop.

This video shows how to setup the External Base RTK connection and achieve an RTK Fixed solution on the UAV in MAVinci Desktop.

This video shows how to setup the External Base RTK connection and achieve an RTK Fixed solution on the UAV in MAVinci Desktop.

This video shows how to setup the External Base RTK connection and achieve an RTK Fixed solution on the UAV in MAVinci Desktop.

This video shows how to setup the External Base NTRIP RTK connection and achieve an RTK Fixed solution on the UAV in MAVinci Desktop.

This video shows how to setup the External Base NTRIP RTK connection and achieve an RTK Fixed solution on the UAV in MAVinci Desktop.

This video shows how to setup the External Base NTRIP RTK connection and achieve an RTK Fixed solution on the UAV in MAVinci Desktop.

Learn how capturing and analyzing as-built road surface data is helping contractors successfully bid and execute on some of the most demanding milling and paving projects around the globe. 

Learn how capturing and analyzing as-built road surface data is helping contractors successfully bid and execute on some of the most demanding milling and paving projects around the globe. 

Learn how capturing and analyzing as-built road surface data is helping contractors successfully bid and execute on some of the most demanding milling and paving projects around the globe. 

In this session, you will learn the specific software workflows of managing datasets that were collected using a Topcon Sirius Pro UAS. We will first illustrate how to export the collected UAS data from MAVinci Desktop software. Next, we will start to post-process using Topcon ContextCapture Advanced software where we will quickly perform Aerotriangulation (AT) processing, create a new Reconstruction and 3D Mesh tiling, create a 3D Point Cloud, as well as generate an Orthophoto / digital surface model of the project. 

As a final step, we will then inspect the processed 3D mesh using the Acute3D Viewer software and deliver a final export to Topcon ContextCapture Advanced environment.

Total duration: 33:05

In this session, you will learn the specific software workflows of managing datasets that were collected using a Topcon Sirius Pro UAS. We will first illustrate how to export the collected UAS data from MAVinci Desktop software. Next, we will start to post-process using Topcon ContextCapture Advanced software where we will quickly perform Aerotriangulation (AT) processing, create a new Reconstruction and 3D Mesh tiling, create a 3D Point Cloud, as well as generate an Orthophoto / digital surface model of the project. 

As a final step, we will then inspect the processed 3D mesh using the Acute3D Viewer software and deliver a final export to Topcon ContextCapture Advanced environment.

Total duration: 33:05

In this session, you will learn the specific software workflows of managing datasets that were collected using a Topcon Sirius Pro UAS. We will first illustrate how to export the collected UAS data from MAVinci Desktop software. Next, we will start to post-process using Topcon ContextCapture Advanced software where we will quickly perform Aerotriangulation (AT) processing, create a new Reconstruction and 3D Mesh tiling, create a 3D Point Cloud, as well as generate an Orthophoto / digital surface model of the project. 

As a final step, we will then inspect the processed 3D mesh using the Acute3D Viewer software and deliver a final export to Topcon ContextCapture Advanced environment.

Total duration: 33:05